Electrochemistry can be confusing when you have to connect chemical reactions with electrical energy, cell notation, electrode potential, and conductance. You might understand how a galvanic cell works but still mix up anode and cathode reactions or struggle to apply the Nernst equation and Faraday’s laws in numerical questions. Remembering how these concepts change between electrochemical and electrolytic cells can make revision even more challenging.
Physics Wallah offers YouTube videos to help you work through these topics with cell diagrams, concept explanations, worked examples, and previous-year questions (PYQs). You can compare cell types, understand electrode reactions, and practise problems involving EMF, conductivity, and electrolysis. Whether you need to learn the chapter from the basics or revise key formulas before a mock test, these videos help you focus on the areas that need attention.
This 72-minute lesson offers a full-chapter review of Electrochemistry for NEET. You can revisit electrochemical cells, Daniell cells, salt bridges, electrode potential, standard cell EMF, and the relationship between Gibbs energy and cell reactions. The lesson also covers conductance, molar and equivalent conductivity, Kohlrausch’s law, electrolysis, and batteries. Homework at the end gives you an opportunity to practise the concepts after watching.
Choose this video to revise the major chapter topics in one sitting. Its broad coverage helps you recall important relationships and identify concepts that need more attention before attempting NEET-level questions.
This one-shot lesson covers electrochemical cells, Daniell cells, salt bridges, electrode potential, the electrochemical series, standard EMF, the Nernst equation, reference electrodes, and concentration cells. You can also revise Gibbs energy, conductance, Kohlrausch’s law, Faraday’s law, electrolysis products, batteries, and corrosion. PYQ-based discussions connect these concepts with the types of questions asked in NEET.
Use this video after completing the chapter and practise its concepts. Focus on how the formulas relate to cell potential, conductivity, and electrolysis. Revisiting the PYQs can help you identify gaps in your understanding and improve accuracy before a mock test.
This crash-course lesson explains the conversion of chemical energy into electrical energy and distinguishes electrochemical cells from electrolytic cells. Using the zinc-copper reaction and Daniell cell, it covers anodes, cathodes, electron flow, current direction, polarity, electrode changes, and the role of a salt bridge. Cell representation and the effect of external voltage are also explained through examples and exam-focused reminders.
If you find cell notation or electrode reactions confusing, start with this video before moving to numerical problems. Comparing the two cell types helps you understand how oxidation, reduction, and polarity work in different situations. Use the examples to check your understanding before attempting related NEET questions independently.
This one-shot lecture begins with conductors and the factors affecting conductivity before covering resistance, conductance, resistivity, Kohlrausch’s law, and degree of dissociation. It then moves to electrode potential, the electrochemical series, standard hydrogen electrode, Gibbs energy, cell EMF, the Nernst equation, and concentration cells. Fuel cells, corrosion, electrolytic cells, and Faraday’s laws complete the topic coverage.
Choose this video to revise different parts of Electrochemistry together. Pay attention to the relationships between conductivity, cell potential, and Gibbs energy, as these concepts require both understanding and formula application. The broad coverage helps you check your preparation across theory-based and numerical questions.
This lesson introduces galvanic and electrolytic cells before explaining electrolytes, ions, electrodes, cathodes, and anodes. It focuses on electrolytic cell structure, the role of an external battery, ion movement, oxidation, reduction, redox reactions, and electrolysis. Simple examples, visual explanations, repetition, and questions help you understand how these processes work and recall the basic concepts during revision.
This video will help you revisit Electrochemistry from the beginning or strengthen your understanding of electrolysis. Focus on identifying the electrodes, tracking ion movement, and recognising the reactions occurring at each electrode. Once the basics are clear, practise related questions to check your understanding before moving to more complex NEET problems.
With these Physics Wallah videos, you can prepare Electrochemistry for NEET by revisiting electrochemical cells, understanding conductance and electrode reactions, and practising previous-year questions. Choose a detailed lecture to strengthen your basics or a quick revision session to recap important concepts and formulas before a test. Combine video lessons with your notes and numerical practice to identify weak areas, improve accuracy, and build confidence in NEET Chemistry.
